This lesson discusses properties of both homogeneous and nonhomogeneous linear second order differential equations.

This site from Efunda provides a defintion and examples of the use of first oder ordinary differential equations.

The tutorial explores second order differential equations. Topics examined are mechanical vibrations, the reduction of order, fundamental sets of solutions, nonhomogeneous differential equations, and undetermined coefficients. Class...

The tutorial explores first order differential equations. Topics examined are linear equations, separable equations, Bernoulli differential equations, equilibrium solutions, Euler?s method, and intervals of validity. Class notes,...

This tutorial walks through the definition, description, and method of solving second order homogeneous differential equations. There are several exercises that allow you to practice the concept once you have seen the examples worked in...

The use of differential equations to work electrical circuit problems with damping is demonstrated. Several examples are provided, along with detailed solutions. The fourth example includes several alternative solutions.

This site provides information about first order separable differential equations. The site gives several general forms of differential equations and how to solve each type generally.

Defines and gives examples of a second order differential equation including linear second-order ordinary differential equations.

More in-depth topics of Calculus are covered on this interactive sight. Differential equations, integrable combinations and applications to electrical circuits are a few of the concepts highlited

In this activity, students use the calculator to graph the solution to a second-order and third-order differential equations. They convert higher order differential equations by substitution to a system of first order differential...

This math site defines a first order differential equation. Includes information on how to solve an equation of this form and also how to find the roots.

Defines differential equations and some of its properties including, linear, homogeneous and nonhomogeneous.

Differential equations are solved by separating the variables. Several examples are presented to demonstrate the process and include detailed solutions.

An investigation of homogeneous second order linear differential equations with constant coefficients gives examples and shows the steps in how they are solved.

Explains what a first order differential equation is. An example is also given.

Several problems are presented to demonstrate the process of solving linear differentiable equations using an integrating factor. A few of the examples have the solution hidden, so you can work the problem first then check your answer.

Elementary Solution Methods for First-Order ODEs: Contains a large amount of information regarding first order differential equations, including definitions, examples, and basic properties.

Use the TI-89 to find the area between curves, find arc length, and solve first and second order differential equations. Examples in the activity use calculator screenprints and keystroke instructions to demonstrate the use of the...

This lesson discusses the basic property of a homogeneous linear equation.

This lesson covers constant, natural, and non-constant forced responses. Very detailed examples are included that work the problems step by step, with graphs, to assist in visual understanding.

This math site discusses how to solve a system of diferential equations.

This site provides information about first order separable differential equations. The site gives several general forms of differential equations and how to solve each type generally.

This site provides information about first order separable differential equations. The site gives several general forms of differential equations and how to solve each type generally.

This site provides information about first order separable differential equations. The site gives several general forms of differential equations and how to solve each type generally.